Lesson Exponents Zero and Neg
 There are several types of special exponents There are several types of special exponentsnegative exponentsx-2 There are several types of special exponentsfractional exponentsnegative exponentsx1/2x-2 There are several types of special exponentsfractional exponentszero exponentsnegative exponentsx1/2x0x-2 This lesson will teach about negativeThere are several types of special exponentsand zero exponentsfractional exponentszero exponentsnegative exponentsx1/2x0x-2 Zero exponents are easy Zero exponents are easyanything to the zero power Zero exponents are easyanything to the zero powerx0 Zero exponents are easyanything to the zero poweris onex0 Zero exponents are easyanything to the zero poweris onex0=1 Zero exponents are easy10=1anything to the zero poweris onex0=1 Zero exponents are easy10=1anything to the zero power20=1is onex0=1 Zero exponents are easy10=1anything to the zero power20=1is onex0=11000=1 Zero exponents are easy10=1anything to the zero power20=1is onex0=11000=1Solve160=1 Zero exponents are easy10=1anything to the zero power20=1is onex0=11000=140=1Solve160=1 Zero exponents are easy10=1anything to the zero power20=1is onex0=11000=140=1160=1Solve500=1 Zero exponents are easy10=1anything to the zero power20=1is onex0=11000=140=1160=11450=1500=1 Zero exponents are easy10=1anything to the zero power20=1is onex0=11000=140=130=1160=11450=1500=1 Zero exponents are easy10=1(-100)0=1anything to the zero power20=1is onex0=11000=140=130=1160=11450=1500=1 Zero exponents are easy10=1(-100)0=1anything to the zero power20=1is onex0=110000=11000=1Solve40=130=1160=11450=1500=1 What is the correct exponent?-2 0 1 10100x=1 Negative exponents are equally simple... Negative exponents are equally simple...if a negative exponent is in the numerator Negative exponents are equally simple...if a negative exponent is in the numerator1x-2 Negative exponents are equally simple...if a negative exponent is in the numerator1x-2then switch it to the denominatorand change the sign Negative exponents are equally simple...if a negative exponent is in the numerator1x-2=then switch it to the denominatorx21and change the sign Negative exponents are equally simple...if a negative exponent is in the numerator1x-2if a negative exponent is in the denominator=then switch it to the denominatorx21and change the sign Negative exponents are equally simple...if a negative exponent is in the numeratorx-21x-2if a negative exponent is in the denominator1=then switch it to the denominatorx21and change the sign Negative exponents are equally simple...if a negative exponent is in the numeratorx-21x-2if a negative exponent is in the denominator1=then switch it to the denominatorx21then switch to the numeratorand change the signand change the sign Negative exponents are equally simple...if a negative exponent is in the numeratorx-21x-2if a negative exponent is in the denominator1==then switch it to the denominatorx21x21then switch to the numeratorand change the signand change the sign So that means when given a problem like this: So that means when given a problem like this:x-1y4z-2a2b-3c4Like this So that means when given a problem like this:Switch the variables with a negative exponentx-1y4z-2a2b-3c4 So that means when given a problem like this:Switch the variables with a negative exponenta stays where its atx-1y4z-2a2b-3c4= So that means when given a problem like this:Switch the variables with a negative exponenta stays where its atx-1y4z-2a2b-3c4=a2 So that means when given a problem like this:Switch the variables with a negative exponenta stays where its atb moves downx-1y4z-2a2b-3c4=a2b3 So that means when given a problem like this:Switch the variables with a negative exponenta stays where its atb moves downc staysx-1y4z-2a2b-3c4=a2c4b3 So that means when given a problem like this:Switch the variables with a negative exponenta stays where its atb moves downc staysx movesx-1y4z-2a2b-3c4=a2c4x1b3 So that means when given a problem like this:Switch the variables with a negative exponenta stays where its atb moves downc staysx movesy staysx-1y4z-2a2b-3c4=a2c4x1b3y4 So that means when given a problem like this:Switch the variables with a negative exponenta stays where its atb moves downc staysx movesy staysz movesx-1y4z-2a2b-3c4=a2c4x1z2b3y4 So that means when given a problem like this:Switch the variables with a negative exponenta stays where its atb moves downc staysx movesy staysz movesx-1y4z-2a2b-3c4=a2c4x1z2b3y4the answer Which variable will change its' locationabxya-2b3x3y Which variable will change its' locationabxyx2b3a3y-3 Which variable will change its' locationabxyb2y-1ax2
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